• Sine frequency range: 80 MHz
• Square frequency range: 25 MHz
• 300 MSa/s (DDS), 75 MSa/s (true point-by-point) arbitrary waveform generator
• Up to 1.2 GSa/s sample rate for sine, square, triangle, and pulse waveforms
• 4.3-inch touch screen display

The 4060B Series Dual Channel Function/Arbitrary Waveform Generators are capable of generating stable and precise sine, square, triangle, pulse, and arbitrary waveforms. This series combines the cost saving benefits of DDS and true point-by-point arbitrary architectures to meet a wide range of applications that require high signal fidelity and low jitter arbitrary waveforms.

With an easy-to-read color display and intuitive user interface with numeric keypad, these instruments offer plenty of features including linear/logarithmic sweep, burst mode, and variable DC offset. Generate custom arbitrary waveforms using the included application software, or select from the 196 built-in arbitrary waveforms.

The 4060B Series arbitrary waveform generator (AWG) architecture can be toggled between conventional DDS or true arbitrary mode. Compared to DDS (Fig. 1), true point-by-point AWG implementation offers improved signal integrity by producing lower jitter and less distortion (Fig. 2). All models are capable of generating 16-bit waveforms up to 300 MSa/s in DDS or 75 MSa/s in true arbitrary mode.

The intuitive touchscreen display simplifies control of many features including extensive waveform modulation schemes, linear/logarithmic sweep, burst mode, and variable DC offset. These generators provide system integrators with auxiliary triggering capabilities, and a 10 MHz reference clock for synchronizing multiple instruments.

196 built-in arbitrary waveforms offer a variety of arbitrary test signals for both simple and complex applications. Generate custom arbitrary waveforms and download them to the instrument using the included application software. Alternatively, use the included LabVIEW drivers to load .csv or .txt waveform data files directly into the generator’s internal memory.